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label: url

en: Progress of Artificial Intelligence and Molecular Pathology

ja: AIと分子病理学の新展開

en: A pathological diagnosis that incorporates a molecular biology technique into a conventional pathological diagnosis based on morphology is called a molecular pathological diagnosis. Immunostaining, which detects proteins derived from oncogenes and tumor suppressor genes with specific antibodies, and FISH, which uses a fluorescently labeled nucleic acid probe to examine the amplification of a target gene, are already in clinical practice. In recent years, the application of genome analysis using a next-generation sequencer to pathological diagnosis has become available, and cancer genomic medicine has been rapidly expanding and evolving. In addition, new technologies such as liquid biopsy technology that detects proteins, DNA, microRNA, methylated DNA, etc. from samples that are less invasive at the time of collection, such as blood, are being incorporated into pathological diagnosis. The application of artificial intelligence(AI)is being studied around the world to reflect the diagnosis. This article introduces the application of rapid mass spectrometry(PESI-MS)to liquid biopsy and the development of diagnostic aids for urine cytology using AI.

en: Shikoku Acta Medica

ja: 四国医学雑誌


en: 【肝細胞性腫瘍の分類・亜分類の最前線】肝細胞腺腫 肝細胞腺腫の分類と分子生物学的成り立ち(解説/特集)

en: KAN TAN SUI

ja: 肝·胆·膵


en: 【自己免疫性肝疾患-自己免疫性肝炎，原発性胆汁性胆管炎，原発性硬化性胆管炎-】発症機序，病理 自己免疫性肝炎 自己免疫性肝炎の病理(解説/特集)

en: Nihon Rinsho. Japanese Journal of Clinical Medicine

ja: 日本臨牀


en: 肝臓病理所見のとり方とその解釈

ja: 肝臓病理所見のとり方とその解釈

en: 法医病理

ja: 法医病理


en: 病理診断のTurn-Around Time

ja: 病理診断のTurn-Around Time

en: 新潟県立中央病院医誌

ja: 新潟県立中央病院医誌


en: ヒトの心の発達とその精神病理の理解を目指して 血小板由来増殖因子の情動を含む高次脳機能における役割解明へのアプローチ

en: Biophilia

ja: Biophilia


en: 神経組織に発現する血小板由来増殖因子 (特集 脳の遺伝子--どこでどのように働いているのか)

en: Science of the Living Body

ja: 生体の科学